Polyacrylamide Manufacturer in China | Shouxin Advanced Polymer Sciences Co., Ltd.
Shouxin Advanced Polymer Sciences Co., Ltd. is a leading polyacrylamide (PAM) brand and global supplier based in China.Recently, Shandong Tianhe Environmental Technology Co., Ltd. successfully held a technical exchange meeting with the theme of "Innovation and Application Practice of Pipeline Flow Monitoring System Technology". The purpose of this conference is to promote industry technology exchange, advance cutting-edge technologies in pipeline flow monitoring, and further enhance the company's professional influence in the field of environmental monitoring. Industry experts, business representatives, and technical personnel from all over the country gathered together to conduct in-depth discussions on the key technologies, application cases, and future development trends of pipeline flow monitoring systems.
At the beginning of the meeting, Mr. Yu Hailiang, the general manager of the company, delivered the opening speech and warmly welcomed the attending guests. He mentioned that with the acceleration of urbanization and the continuous improvement of environmental protection requirements, the role of pipeline flow monitoring in water supply, drainage, rainwater management and other fields is becoming increasingly prominent. Tianhe Environmental Technology has long been committed to the research and application of environmental monitoring technology. We hope to share our experience and build consensus through this exchange meeting, and promote the overall improvement of the industry's technological level.
In the technology sharing session, the technical director of Tianhe Environmental Technology provided a detailed introduction to the company's independently developed new pipeline flow monitoring system. This system combines ultrasonic measurement technology, IoT communication, and big data analysis platform to achieve high-precision, real-time, and remote flow monitoring. Compared with traditional devices, the new system has significantly improved anti-interference ability, data stability, and installation convenience. Li Wei also demonstrated the application effect of the system in scenarios such as municipal drainage networks and industrial wastewater monitoring through practical cases, which received high attention from the attendees.

Several industry experts also spoke one after another, sharing the latest developments in pipeline flow monitoring technology. Professor Zhang from the Chinese Academy of Environmental Sciences pointed out that intelligence and networking are the development directions of future traffic monitoring equipment, and Tianhe Environmental Technology's technological route conforms to this trend and has strong market competitiveness. In addition, representatives from design institutes and engineering companies discussed the practical value of monitoring data in pipeline operation and maintenance, pollution prevention and emergency dispatch based on specific projects, and put forward a series of optimization suggestions.
The atmosphere of the interactive discussion session was lively, and participants had sufficient exchanges on topics such as technical difficulties, data standards, and cost control. The engineering team of Tianhe Environmental Technology provided detailed answers to the questions raised on site and promised to further improve the product functions and service system based on feedback.
This technical exchange meeting not only provides a valuable platform for industry colleagues to communicate, but also further consolidates Tianhe Environmental Technology's position in the field of pipeline flow monitoring. The company stated that it will continue to increase research and development investment, deepen cooperation with various sectors, and contribute to the innovative development of the environmental monitoring industry in the future. The conference came to a successful conclusion amidst warm applause, and attendees expressed their fruitful gains and looked forward to more similar exchange activities in the future.












